Your machine fleet has grown. Your lubrication plan hasn’t.

Electric motors, pumps, conveyors, gearboxes, presses and packaging lines — from five different build years and six different manufacturers. No one knows for certain which lubrication point was or wasn’t serviced last week. SKF lubrication systems bring that back to one manageable whole: the right amount, at the right moment, provably. Euroquip designs, installs and maintains them — machine by machine, in the order that pays off fastest.

Official SKF partner · Certified installation · Retrofit on existing machines · Phased rollout possible · Service across the full Benelux

automatische smering productiemachines, centraal smeersysteem, progressief smeersysteem, smeersysteem transportband, smering tandwielkast, smeerplan onderhoud, SKF Lincoln smeersysteem

56%

of premature bearing failures are caused by contamination and inadequate lubrication

More than half of your bearing damage is therefore a lubrication problem, not a bearing problem.

up to 33%

less lubricant consumption

By switching from manual to automatic lubrication. Less grease, precisely dosed, at the right moment.

15–20 min

per machine per maintenance cycle

That’s how much time correct manual lubrication costs. With twenty machines, that’s half a working day recurring every cycle.

40–60%

of your maintenance costs stem from inadequate lubrication

While lubricants themselves account for only 2 to 3% of your operating costs. The ratio between effort and impact is rarely this skewed.

Why manufacturers across the Benelux work with Euroquip

  • Official SKF partner — direct access to the full SKF and SKF Lincoln range, technical support and warranty terms.
  • Certified installation of lubrication systems — from system design and piping to commissioning and training your team, even on machines that have been running for ten years.
  • We work with mixed machine fleets — different build years, different manufacturers, no uniform documentation. We count the lubrication points and record them, even when the original manual can’t be found.
  • Phased rollout, not a big bang — we propose a sequence in which every step pays for itself and stays usable as you continue to grow.
  • Advice and maintenance on site — periodic inspection of your lubrication system, refilling, adjustment and fault follow-up through a single point of contact across the full Benelux.

Frequently asked questions

SKF estimates that manually lubricating a single lubrication point takes an average of two minutes — including walking distance, checking the maintenance plan and lubrication cycle, and swapping cartridges. A machine with forty lubrication points therefore costs over an hour per round. At the same time, across all industrial sectors combined, more than 200,000 tonnes of lubricant are wasted every year through manual over-lubrication.

Sources: general SKF and SKF Lincoln publications on lubrication solutions for industrial machinery.
Your results depend on the number of machines, the number of lubrication points and your current lubrication practice — we map that out during a fleet scan.

Four levels of lubrication:
where does your fleet stand today?

In a mixed machine fleet, every level of lubrication is usually in operation at the same time. An old press serviced monthly with a grease gun, next to a packaging line from 2022 with a central pump. That doesn’t have to be a problem — as long as you know which machine is at which level and why. SKF builds the four levels modularly, so you can grow without replacing everything.

Level 1 · Basic

Manual lubrication

The right tool for points you deliberately keep manual

  • SKF Lincoln 1882-E — 20V Li-ion cordless grease gun with two-speed design: high speed for fast flow, low speed for deliveries up to 690 bar.
  • 1142 / 1151 / 1035 — manual (lever) grease guns for basic equipment.
  • LAGN 120 — grease fitting kit with 120 conical fittings, to standardize your lubrication points across the entire fleet.

Strong in: low investment, no installation complexity. For points with generous intervals and good accessibility, this is a defensible choice.

Limits: SKF explicitly describes this level as the one with the lówest lubrication reliability and the gréatest maintenance effort. Dosing depends on whoever does the round, and it’s usually only possible while the machine is stopped — exactly the moment the bearing does nót need lubrication.

Level 2 · Consolidation

Semi-automatic lubrication

Bringing multiple lubrication points together into one

  • SSV / SSVD — (adjustable) progressive divider blocks. Works without failure-prone rubber seals (excellent under high back-pressure).
  • SSVE / SSVDE / SSVC — variants with, among other things, emergency grease fittings or cross-porting for installation in very tight or guarded spaces.
  • VPK — sectional progressive divider block.
  • Armored, canvas, polyamide, steel tubing — custom-made for your machine layout.

What it delivers: instead of hunting for fifteen points separately, your technician lubricates one central point. If one outlet or bearing blocks, the whole block stops and the fault is spotted immediately.

Ideal for: older machines with no provision for a pump, points inside a guarded cage (robot), or lubrication points behind a guard or at height. This is the cheapest step with the biggest effect.

Level 3 · Continuous · Most chosen for mixed machine fleets

Fully automatic lubrication

A complete reduction of manual lubrication activity

  • CLP / PLP Touch — compact grease pumps (with touch display, multilingual fault messages and passwords) for all common systems.
  • P203 / AECP / EDL1 — heavy-duty grease pumps or, alternatively, compact, smart 420 ml cartridge/booster pumps (ideal for a fast retrofit).
  • SKF CircOil — compact oil circulation for gearboxes (lubricates, filters and cools the oil).
  • ZPU / EMU / VSG / EDW — components for dual-line systems with many points over long distances.
  • CLK, OCL-M, CL-ACP (etc.) — specific oil-based chain lubrication systems, from one chain up to as many as 100.

Why this matters heavily in a mixed fleet: lubrication happens while the machine is running. The cycle is adjustable per machine, so a press (which pounds heavily) gets something different than a fan running continuously. Your people no longer need to enter guarded or hazardous zones for pure routine lubrication.

Level 4 · Data

Connected lubrication (SKF eLube / IoT)

See what your lubrication system is doing, without stopping the machine

  • CLP / PLP Smart / P253 Smart — connected grease pumps with three operating modes: time-based, counter-based and progressive cycle-based.
  • Datalog controller & SKF eLube app — collects log data and communicates wirelessly via Bluetooth.
  • CHL-CC / SEL-CC — connectable control cabinets (PROFINET / OPC UA / MODBUS) to link chain lubrication (or extremely long systems) to your machine terminal or the SKF Lubrication Cloud.

What you do with it:

  • Spot a blocked line or low lubricant level within minutes, instead of weeks later at the next flawed inspection round.
  • Configure pump settings locally and share them by email with another factory hall.
  • Receive early warnings before the bearing actually fails.

Why this is relevant: the core question on the shop floor — “which lubrication point was or wasn’t serviced last week?” — becomes a factual digital answer at this level, instead of a dangerous assumption.

automatische smering productiemachines, centraal smeersysteem, progressief smeersysteem, smeersysteem transportband, smering tandwielkast, smeerplan onderhoud, SKF Lincoln smeersysteem
automatische smering productiemachines, centraal smeersysteem, progressief smeersysteem, smeersysteem transportband, smering tandwielkast, smeerplan onderhoud, SKF Lincoln smeersysteem

ManualSemi-automaticFully automaticConnected
Investmentlowmoderatehigherhigher
Number of componentsvery limitedlimitedsystemsystem
Installation complexitynonelimiteddesign requireddesign required
Lubricates during operationgenerally notlimitedyesyes
Lubrication reliabilitylowmoderatehighhigh
Maintenance efforthighlimitedvirtually maintenance-freevirtually maintenance-free
Fault detectiononly once damage occursmechanically visiblevia system + level alarmreal-time + early warning
Provabilitypaper logbookpaper logbooksystem-drivendigital logbook

How much does your current lubrication practice cost per year — and which machine should go first?

Give us the number of machines, an estimate of the number of lubrication points per machine and your current lubrication frequency. We’ll convert labor time, lubricant consumption and avoidable downtime into an annual figure, and add a sequence: which machine goes to level 2 first, which goes straight to level 3.

No obligations. Response within two working days.

Lubrication solutions per machine type in your production environment

A mixed machine fleet is rarely organized by brand, but it does organize well by function. Below are the four groups Euroquip is asked about most often, with the critical components and the matching SKF solution. The exact number of lubrication points varies widely by manufacturer and model; the ranges given are indicative and are counted during the scan.

Electric motors, pumps and fans


Why critical: these are the machines you have dozens of, and no one loses sleep over — until one fails in a process with no backup. They run under high load and varying speeds, often in corrosive environments where lubrication points also sit at inaccessible heights.

Critical components: motor bearings, fan shaft bearings, pump bearings, couplings and bearing housings of blowers/extraction installations.

Indicative number of lubrication points: 2 – 8 per unit, but spread across large numbers of units. (To be validated during the scan.)

Typical setup: this is the classic territory of the single-point lubricator. SKF TLSD units deliver over 1 to 12 months. With a smart TLSD 1-DK, the unit only lubricates when the motor is actually running, connected directly to the PLC.

Conveying systems and belt conveyors


Why critical: it’s often the conveying itself that shuts down your production. It runs long distances through dusty zones, and is almost never safe to approach while the belt is moving. That’s exactly why this is the first place the manual round gets skipped or rushed.

Critical components: drum and idler roller bearings, drive stations, tensioning stations and transmission chains.

Indicative number of lubrication points: 30 – 200+ per conveyor section. (To be validated during the scan.)

Typical setup: progressive systems with heavy-duty pumps (P203 or CLP). For chains: an OCL-M kit (no external power, fully mechanically driven) or a CL-MFE line for large numbers of chains. Irregularly lubricated chains wear immediately and irreversibly through so-called “chain stretch”.

Gearboxes and drives


Why critical: a gearbox gives almost no warning before failure and is rarely available off the shelf. On top of that, these units have a dual, unique need: they must be both lubricated and cooled. Grease alone is not enough here.

Critical components: input and output shaft bearings, gear mesh, couplings, brakes and drive bearings.

Indicative number of lubrication points: 4 – 20 per drive line, plus the oil side itself. (To be validated during the scan.)

Typical setup: an SKF CircOil (oil circulation) system. The oil doesn’t leave the lubrication point but is returned via return lines and cooled and filtered of dirt, water and condensation in the compact “OSU” tank. For the surrounding grease-lubricated points, simply use a progressive divider block (SSV).

Presses, machine tools and packaging lines


Why critical: these are simply the machines with the highest replacement value. On packaging machines, their agility and format changeovers translate directly into an extremely large number of moving, hidden lubrication points you can’t see while running.

Critical components: ball screws, drive and belt bearings, lift chains, cams and the gearboxes of heavy presses.

Indicative number of lubrication points: around 26 lubrication points (and 10+ chains) on small machines, and 80+ points on the heavier presses. (To be validated during the scan.)

Typical setup: on packaging machines, a compact CLP Smart with SSVC divider blocks, specifically made for tight, hidden locations. On presses, a robust oil circulation system combined with powerful PSG divider blocks.

Do you also work with large oil systems?

Do you use large volumes of oil for hydraulics, gearboxes, or circulation in your processes? Avoid unnecessary oil changes and reuse your industrial oil indefinitely, without any loss of quality.

Lubricants and diagnostic tools for a mixed machine fleet

A lubrication system is only as good as the lubricant running through it. In a mixed fleet, the pitfall isn’t too few types of grease on the shelf, but too many — often with no one remembering why anymore. Below are the four building blocks Euroquip uses to bring that down to a workable number.

SKF LGMT 2 and LGEP 2 — the base of your grease range

LGMT 2: this is thé standard for anything with no special load, temperature or environment involved.

LGEP 2: for general applications under heavy conditions and vibration. SKF names heavy machinery, vibrating screens, crane wheels and jaw crushers as typical applications, among others. In a mixed fleet, this is usually the second grease alongside LGMT 2.

Why this matters: together, these two greases cover the entire floor. They’re also available in 420 ml cartridges (AECP pump & grease gun). So you only manage two variants for all your applications.

SKF LGWA 2 and LGHB 2 — where the base falls short

LGWA 2: premium grease where the temperature falls outside LGMT 2’s range (up to peaks of 220 °C) and water resistance is put to the test. Ideal for extraction installations in hot production environments.

LGHB 2: high-viscosity grade. Extremely resistant to high temperatures and extreme loads, and also very well pumpable in centralized systems with very long pipe runs and high back-pressure.

SKF determines via LubeSelect exactly which grease fits which bearing. We add that outcome to your complete Euroquip lubrication plan.

LHMT 68 and LHHT 250 — chain oils

Oil that gums up in dust forms a lacquer layer. That increases tension, wear and energy consumption.

LHMT 68: for chains at average temperatures. Penetrates excellently and is silicone-free.

LHHT 250: for dryers, ovens or extremely hot zones. Works up to as high as 250 °C and also dries completely residue-free.

Application method: brush lubrication is cheap but wears. Spray lubrication applies “pitch by pitch” in a fine mist onto the link and can be perfectly calibrated, without touching the chain or leaving dirt behind.

Diagnostic and dosing tools

SKF TLSD single-point lubricator: ideal and inexpensive to deploy on remote pumps, fans or motors. With the DialSet app you know instantly how to set the lubrication pattern to prevent under- and over-lubrication.

SKF Lincoln 1882-E: highly efficient manual lubrication. The Powerluber cordless gun communicates with the ultrasonic TLGU-10 and tells you exactly how many grams of grease went into the fitting.

SKF eLube app: wireless system diagnostics via your smartphone for all connected CLP/P253 Smart pumps and controllers on your shop floor.

Start with the machine that costs you the most

One machine is enough to start with. We map the lubrication points, calculate what the current approach costs you annually and propose, per machine, the level that pays for itself fastest.

Do you also work with large oil systems in your plant — hydraulics, gearboxes, circulation oil? Then also check out SKF RecondOil for circular oil use.

Response within two working days · On-site scan · Service area: Belgium, the Netherlands and Luxembourg

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